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LED pole-top luminaires und LED side-mounted pole-top luminaires

Asymmetrical flat beam light distribution

Luminaires with a high protection class and in safety class II whose comprehensive performance spectrum allows them to be implemented for numerous lighting applications in street, square and city illumination.

The asymmetrical flat beam light distribution is particularly suitable for illuminating streets in accordance with EN 13201.

For lighting technology with optimised efficiency level, we use only system components in reliable materials. Miro® reflectors made of reflection-intensive pure aluminium, anti-glare single-pane safety glass and BEGA LED modules with 20 years’ availability guarantee.

Luminaires suitable for integration in light and building control systems. For integration in an LCN or ZigBee-controlled building management system, we recommend the BEGA Control light control system.


Protection class IP 66
Safety class II

Cast aluminium, aluminium and stainless steel
Safety glass
Reflector made of pure anodised aluminium

Attack angle adjustable to 0° or 15°
Can be opened without the use of tools
Dimmable 1-10 V

Pole-top luminaires for pole top Ø 76 mm · also available on request for pole top Ø 60 mm
Side-mounted pole-top luminaires for connection Ø 42 mm · also available on request for connection Ø 60 mm

The luminaire luminous flux and the luminaire connected wattage quoted in the table might change as a result of technical progress. On our website you will find data sheets with information on each luminaire concerning not only the current values but also the LED service life and the luminous flux in relation to the respective colour temperature.

Planning examples

On the basis of our empirical values and the suggestions of architects and planners, we have compiled room situations for which lighting design is frequently required. In the following, we shall present possible illumination solutions for these architectural situations. It goes without saying that all technical lighting standards are complied with. In some cases, the degree of illuminance proposed by us may even exceed the standard. For us, the aesthetics of light and a high level of visual comfort are important criteria for such decisions. At the same time, the form and the size of the luminaires must fit into the architectural surroundings. For example, we often recommend larger models if a structure has large dimensions – even if smaller luminaires with lower output would be enough. In such cases, the degree of illuminance can be reduced to a suitable level by means of a light control system.

Pedestrian walkway/cycle path

Pedestrians and cyclists, as well as the walkways or cycle paths, must be easy to detect visually. Good face recognition conveys a feeling of safety. The degree of illuminance for paths used by cyclists and pedestrians must comply with the standard DIN EN 13201-2, illumination class P4. A minimum of 1 lx is required. The average degree of illuminance is 5 lx. Pole-top luminaires with asymmetrical...

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Pedestrian bridge

There are many options for illuminating pedestrian bridges. Two completely different approaches are shown here. The bridge measures 20 x 2.4 m. The illumination standard DIN EN 13 201 for pedestrian walkways and cycle paths applies here. The average degree of illuminance required is 5 lx, and the minimum value is 1 lx. Pedestrians and cyclists should feel safe and therefore comfortable on the...

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LED colour temperature
Single pole-top luminaires 
  LED A B C AC/DC Pole heigth Pole top
77 825 K3   13.0 W 1895 lm 260 55 520 3500 - 5000 Ø 76
77 853 K3   25.8 W 3756 lm 260 55 520 5000 - 7000 Ø 76
77 858 K3   35.0 W 4413 lm 260 55 520 5000 - 8000 Ø 76
Double pole-top luminaires 
  LED A B C AC/DC Pole heigth Pole top
77 826 K3   26.0 W 3789 lm 260 55 945 3500 - 5000 Ø 76
77 854 K3   51.6 W 7511 lm 260 55 945 5000 - 7000 Ø 76
77 859 K3   70.0 W 8825 lm 260 55 945 5000 - 8000 Ø 76
Side-mounted pole-top luminaires for bracket poles 
  LED A B C AC/DC Pole heigth Pole top
77 827 K3   13.0 W 1895 lm 260 55 560 3500 - 5000 Ø 42
77 855 K3   26.3 W 3564 lm 260 55 560 5000 - 7000 Ø 42
77 897 K3   34.5 W 4442 lm 260 55 560 5000 - 8000 Ø 42